Week of February 8 - 13, 2010

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Honors Chemistry

Period
 Time
 Monday
 Tuesday
 Wednesday
 Thursday
 Friday
 Saturday
1
 8:00 am
 E Period
 F Period
 A Period

B Period

 C Period
 D Period
2
 8:45 am
 F Period

G Period

B Period

 C Period
 A Period
 E Period
3
 9:30 am
 F Lab

G Lab

B Lab

 C Lab
 A Lab
 A Period
4
 10:15 am

G Period

 E Period
 C Period
 D Period

B Period

B Period
5
 11:00 am
 A Period
 D Period
 D Period
 E Period

G Period
6
 11:45 am
C Period
 D Lab
 E Lab
 F Period
Lunch
 12:30 - 1:00 pm





7
 1:00 pm

B Period
E period
 F Period

8
 1:45 pm
 C Period
F period

G Period

9
 2:30 pm
 D Period

G period

 A Period


Monday, February 8, 2010


B Period
  • Fill out the science department student feedback form.
  • Define bond energy again.
  • Use bond energies to calculate the enthalpy change of a chemical reaction.
    Bond Energies.pdf

G Period
  • Fill out the science department student feedback form.
  • Review how to calculate enthalpy changes using bond energies.
    Bond Energies.pdf
  • Define VSEPR theory.
  • Identify classes of molecular geometries.

Molecular Geometries
  • linear
  • bent
  • trigonal planar
  • trigonal pyramidal
  • tetrahedral
  • trigonal bipyramidal
  • octahedral
  • seesaw
  • T-shaped
  • square planar
  • square pyramidal


Tonight's Homework:
HChem_HW_Worksheet_02082010.docx


Tuesday, February 9, 2010

G Period
Daily Quiz

Molecular Geometries
  • linear
  • bent
  • trigonal planar
  • trigonal pyramidal
  • tetrahedral
  • trigonal bipyramidal
  • octahedral
  • seesaw
  • T-shaped
  • square planar
  • square pyramidal

VSEPR Theory
  • Define VSEPR theory.
  • Identify classes of molecular geometries.

No Homework Tonight

Wednesday, February 10, 2010


B Period
  • Daily Quiz
  • Classify molecules according to geometric classes.
  • Determine if a molecule is polar or nonpolar in terms of electronegativity arrows and dipoles.

B Period Lab: Reduction of silver ions in a redox reaction.
Silver Flask Chemistry Lab.pdf


G Period
  • Finish identifying classes of molecular geometries.
  • Practice classifying molecules.
  • Determine if a molecule is polar or nonpolar in terms of electronegativity arrows and dipoles.

Tonight's Homework: Worksheet given out in class.

Thursday, February 11, 2010

Daily Quiz

Molecular Geometry and Polarity
  • Worksheet on molecular geometry.
  • Define a dipole. Explain when a molecule is a dipole.
  • Identify molecules as polar or nonpolar.

No Homework Tonight

Friday, February 12, 2010


Molecular Polarity
  • Use the geometry of the molecule and the electronegativity values to determine if a molecule is polar.
  • Define a dipole.
  • Identify properties of polar molecules.

Hybridization of Orbitals
  • Define hybridization of atomic orbitals.
  • Identify classes of hybrid orbitals.
  • Identify the hybridization on each central atom for the molecules on the worksheet from Wednesday.


Homework Tonight: Problem Set
Problems 62 & 63.

Saturday, February 13, 2010


B Period
Hybridization of Orbitals
  • Define hybridization of atomic orbitals.
  • Identify classes of hybrid orbitals.
  • Identify the hybridization on each central atom for the molecules on the worksheet from Wednesday.